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Comparison of space borne radar altimetry and airborne laser altimetry over sea ice in the Fram Strait

Giles, KA; Hvidegaard, SM; (2006) Comparison of space borne radar altimetry and airborne laser altimetry over sea ice in the Fram Strait. INT J REMOTE SENS , 27 (15) 3105 - 3113. 10.1080/01431160600563273.

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Abstract

This paper describes the first comparison of satellite radar and airborne laser altimetry over sea ice. In order to investigate the differences between measurements from the two different instruments we explore the statistical properties of the data and determine reasonable scales in space and time at which to examine them. The resulting differences between the data sets show that the laser and the radar are reflecting from different surfaces and that the magnitude of the difference decreases with increasing surface air temperature. This suggests that the penetration depth of the radar signal, into the snow, varies with temperature. The results also show the potential for computing Arctic wide snow depth maps by combining measurements from laser and radar altimeters.

Type:Article
Title:Comparison of space borne radar altimetry and airborne laser altimetry over sea ice in the Fram Strait
DOI:10.1080/01431160600563273
Keywords:ARCTIC-OCEAN, THICKNESS, BACKSCATTER
UCL classification:UCL > School of BEAMS > Faculty of Maths and Physical Sciences > Earth Sciences

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